3-Way S.BUS Servo Hub Connector 150mm for Futaba FUEBC0077  [FUEBC0077]

FUTABA 3-WAY S.BUS SERVO HUB CONNECTOR WITH CABLE 150MM #EBC0077
Price:
£13.34
Brand:
Futaba
Model:
FUEBC0077
GTIN:
4513886305528
Condition:
Brand New
Write a review
alt="FUTABA 3-WAY S.BUS SERVO HUB CONNECTOR WITH CABLE 150MM #EBC0077" title="FUTABA 3-WAY S.BUS SERVO HUB CONNECTOR WITH CABLE 150MM #EBC0077"

Overview of the 3-way S.BUS connector

This Futaba 3-way S.BUS servo hub connector with 150mm cable (model FUEBC0077, part #EBC0077) serves as a compact wiring accessory for arranging several servos on S.BUS systems. The hub offers three servo ports in a slim inline housing while maintaining a single S.BUS link to the receiver.

In use, the hub sits between the receiver S.BUS socket and the servos, enabling short runs from the hub to each servo and keeping the receiver connection simple. It operates using the S.BUS protocol and pinout, so compatibility with your receiver and servos must be confirmed prior to use.

To install, insert the hub cable into the receiver S.BUS port and attach up to three servos to the hub outlets. Route the 150mm cable clear of any moving parts and secure the hub with tape or an adhesive pad if required. This makes bench setup and field adjustments quicker and more organised.

Specifications

  • Item: Futaba 3-way S.BUS servo hub connector with cable 150mm #EBC0077
  • Material: Cable assembly
  • Model Number: FUEBC0077
  • Compatibility: S.BUS-equipped Futaba receivers and servos

The Futaba FUEBC0077 hub provides a neat, compact solution for organising multiple servos on S.BUS systems, improving access and serviceability.

Check the receiver documentation or labelling for S.BUS support. If in doubt, consult the receiver manual to confirm the S.BUS port and pinout before connecting the hub.
The hub is a passive wiring harness and does not alter how servos draw power. Ensure your power source and any BEC can supply the combined current required by the servos connected.
Properly implemented S.BUS supports multiple devices. Keep cable lengths appropriate, use solid connections, and avoid unnecessary splices to maintain reliable signalling.
First check all connections and ensure the hub cable is fully seated in the receiver. Verify each servo is functional by testing individually, and confirm that the devices are S.BUS-compatible.

Copyright © 2008-2026 rcjaz.co.uk All rights reserved